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1*4 de-mux and 1*8 De-Mux
1*4 de-mux and 1*8 De-Mux2 BIT ADD/SUB ALGO
2 BIT ADD/SUB ALGO8x3 encoder
8x3 encoder4 Bit ALU 2
4 Bit ALU 21 - bit alu many to one
1 - bit alu many to oneFlip-Flops using NAND Gate
Flip-Flops using NAND GateDECODER VIT
DECODER VITDE - MULTIPLEXER
DE - MULTIPLEXERMULTIPLEXR
MULTIPLEXRFull adder using 2x1 MUX
Full adder using 2x1 MUXENCODER VIT
ENCODER VITBINARY LEFT AND RIGHT SHIFT
BINARY LEFT AND RIGHT SHIFTLAB 4
LAB 432 to 1 mux using 4 to 1 mux
32 to 1 mux using 4 to 1 muxBINARY LEFT AND RIGHT SHIFT
BINARY LEFT AND RIGHT SHIFTL4
L44×1 MUX
4×1 MUXALU DESGINE
ALU DESGINECSC4536-new
CSC4536-newDE - MULTIPLEXER
DE - MULTIPLEXER1 - bit alu many to one
1 - bit alu many to onemodel lab fat 4 times right shift
model lab fat 4 times right shift4 bit memory register w/ D Flip Flop
4 bit memory register w/ D Flip Flop3 to 8 Line Decoder
3 to 8 Line Decoder3 bit multiplier
3 bit multiplier8X3 DECODER
8X3 DECODER3 - BIT multiplication algorithum
3 - BIT multiplication algorithum4-bit binary adder
4-bit binary adderGate practice
Gate practice8×1 MUX
8×1 MUXScott CPU - But How Do It Know?
Scott CPU - But How Do It Know?8 bit CPU
8 bit CPUStatic RAM
Static RAM